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Matlabchengxushejiyuanma

于 2007-09-26 发布 文件大小:33KB
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  上百种Matlab程序设计的源码，希望对初学者有一些帮助。(Hundreds of Matlab programming source code, and they hope to have some help for beginners.)

文件列表：

Matlab程序设计源代码
....................\《MATLAB程序设计教程》源代码-2660
....................\.................................\charray.m
....................\.................................\COMM.m
....................\.................................\ex10_2.m
....................\.................................\ex10_3.m
....................\.................................\ex10_4.m
....................\.................................\ex10_5.m
....................\.................................\ex10_6.m
....................\.................................\ex10_7.m
....................\.................................\ex10_8.m
....................\.................................\ex11_1.m
....................\.................................\ex11_2.m
....................\.................................\ex11_3.m
....................\.................................\ex11_4.m
....................\.................................\ex1_1.m
....................\.................................\ex1_2.m
....................\.................................\ex1_3.m
....................\.................................\ex1_4.m
....................\.................................\ex2_1.m
....................\.................................\ex2_11.m
....................\.................................\ex2_12.m
....................\.................................\ex2_13.m
....................\.................................\ex2_14.m
....................\.................................\ex2_15.m
....................\.................................\ex2_16.m
....................\.................................\ex2_4.m
....................\.................................\ex3_1.m
....................\.................................\ex3_10.m
....................\.................................\ex3_11.m
....................\.................................\ex3_12.m
....................\.................................\ex3_13.m
....................\.................................\ex3_19.m
....................\.................................\ex3_2.m
....................\.................................\ex3_20.m
....................\.................................\ex3_21.m
....................\.................................\ex3_23.m
....................\.................................\ex3_3.m
....................\.................................\ex3_4.m
....................\.................................\ex3_5.m
....................\.................................\ex3_6.m
....................\.................................\ex3_7.m
....................\.................................\ex3_8.m
....................\.................................\ex3_9.m
....................\.................................\ex4_2.m
....................\.................................\ex4_3.m
....................\.................................\ex5_1.m
....................\.................................\ex5_10.m
....................\.................................\ex5_11.m
....................\.................................\ex5_12.m
....................\.................................\ex5_13.m
....................\.................................\ex5_14.m
....................\.................................\ex5_15.m
....................\.................................\ex5_16.m
....................\.................................\ex5_17.m
....................\.................................\ex5_18.m
....................\.................................\ex5_19.m
....................\.................................\ex5_2.m
....................\.................................\ex5_20.m
....................\.................................\ex5_21.m
....................\.................................\ex5_22.m
....................\.................................\ex5_23.m
....................\.................................\ex5_24.m
....................\.................................\ex5_25.m
....................\.................................\ex5_26.m
....................\.................................\ex5_27.m
....................\.................................\ex5_3.m
....................\.................................\ex5_4.m
....................\.................................\ex5_5.m
....................\.................................\ex5_6.m
....................\.................................\ex5_7.m
....................\.................................\ex5_8.m
....................\.................................\ex5_9.m
....................\.................................\ex6_13.m
....................\.................................\ex6_15.m
....................\.................................\ex7_1.m
....................\.................................\ex7_2.m
....................\.................................\ex7_3.m
....................\.................................\ex7_4.m
....................\.................................\ex7_5.m
....................\.................................\ex7_6.m
....................\.................................\ex7_7.m
....................\.................................\ex8_3.m
....................\.................................\ex8_4.m
....................\.................................\ex8_7.m
....................\.................................\factor.m
....................\.................................\fcircle.m
....................\.................................\fesin.m
....................\.................................\ffib.m
....................\.................................\funt.m
....................\.................................\funx.m
....................\.................................\fx.m
....................\.................................\fxy.m
....................\.................................\fxyz.m
....................\.................................\gauseidel.m
....................\.................................\jacobi.m
....................\.................................\lorenz.m
....................\.................................\main1.m
....................\.................................\main2.m
....................\.................................\mydemo.m

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  • floydzuiduan
    图论中求最短路径问题，首先形成矩阵，调用矩阵，用此函数求出各点间最短路径(Graph theory to seek the shortest path problem, first of all, the formation of matrix, called matrix, use this function to derive the shortest path between points)
    2008-06-02 16:01:12下载
    积分：1
  • cylinder2
    [X,Y,Z]=cylinder2(x,y,z,r,N,o) 向量X，Y，Z轴定义圆柱面中心线 和矢量r定义圆柱面半径，并已 为的x，y，z的长度相同 N是周围围点的数量。默认值 为N= 100。 Ø 定义了矩阵圆柱generatix（圆圈）椭圆 表面。其内容以0和1之间的值，并适用于 小学和中学的母线轴。值的defeault Ø =的（长（x），2）。 矩阵X，Y，Z轴确定圆柱面，冲浪（的X，Y，Z）的显示器 圆柱面。( [X,Y,Z]=cylinder2(x,y,z,r,N,o) Vectors x, y, z define the central line of cylindrical surface and vector r defines the radius of cylindrical surface, and has the same length as x, y, z. N is the number of points around the circumference. The default value is N = 100. Matrix o defines ovality of the generatix (circle) of cylindrical surface. Its elements take values between 0 and 1 and apply to the primary and secondary axis of generatrix. The defeault values are o=ones(length(x),2). Matrices X, Y, Z define the cylindrical surface, surf(X,Y,Z) displays the cylindrical surface. )
    2011-05-15 10:56:33下载
    积分：1
  • chebwindow
    使用类似切比雪夫滤波器设计的方法得到切比雪夫窗，计算简单线阵方向图(Calculate simple linear array pattern similar Chebyshev filter design cut Chebyshev window)
    2013-03-07 14:50:21下载
    积分：1
  • 归一化总梯度程序
    归一化梯度 matlab编写的一种算法，以及处理过程(Normalized gradient)
    2019-03-25 21:24:01下载
    积分：1
  • choiwilliams
    对信号进行Choi-Williams分布分析的matlab函数(The matlab function of Choi-Williams distribution analysis )
    2021-03-14 19:29:23下载
    积分：1
  • pitch
    自己编的一个利用自相关法求解基音周期的程序(own addendum to the use of an auto-correlation method Pitch procedures)
    2007-06-20 14:59:26下载
    积分：1
  • vad
    在语音识别系统中，端点检测的目的是要区分语音段和非语音段 ,它在自动语音识别中起着关键作用(In speech recognition systems, the purpose of endpoint detection is to distinguish between voice and non-voice segment, which in automatic speech recognition plays a key role)
    2009-05-20 17:16:04下载
    积分：1
  • zudituxiang
    足底信息保存，关于信号的显示保存法，运行环境为Matlab。(Thenar information preservation, a signal display the save method, operating environment for the Matlab.)
    2015-03-16 09:55:20下载
    积分：1
  • geoFunctions
    Gps geo functions include M files about delay model
    2010-08-05 15:20:42下载
    积分：1
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    图像的缩放，采用两种方法，可以直接运行。向后映射，1.最近领域法，2.双线性插值法(Image scaling, two methods can be run directly. Backward mapping, a recent field of law, (2) bilinear interpolation)
    2014-11-26 00:38:59下载
    积分：1
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